8.90
NASA Open API
Michiah Hugi <mhugijr@outlook.com>
| (require nasa-open-api) | package: nasa-open-api |
This module provides an interface to a handufl of NASA’s Open APIs.
Note: It is recommended that you sign up for a NASA API Key. By default, "DEMO_KEY" is used and is limited in requests.
More information can be found at api.nasa.gov
1 APOD (Astronomy Picture of the Day)
procedure
date : string? api_key : string? = "DEMO_KEY"
Returns data for APOD of specified date
(Date must be in format YYYY-MM-DD).
struct
(struct apod ( title date explanation copyright service-version media-type url hdurl) #:extra-constructor-name make-apod) title : string? date : string? explanation : string? copyright : (or/c string? null?) service-version : string? media-type : string? url : string? hdurl : string?
APOD data. Returned by get-apod.
2 SSD/CNEOS Fireball
Returns a list of fireball within specified date range.
Dates must be in the form of YYYY-MM-DD, YYYY-MM-DDThh:mm:ss, YYYY-MM-DD_hh:mm:ss or YYYY-MM-DD hh:mm:ss. If the date range is left blank, all events will be returned
Examples:
(get-fireballs) (get-fireballs (list "2020-01-01" "2020-02-02"))
struct
(struct fireball ( date lat lon lat-dir lon-dir alt vel energy impact-e) #:extra-constructor-name make-fireball) date : (or/c string? null) lat : (or/c string? null) lon : (or/c string? null) lat-dir : (or/c string? null) lon-dir : (or/c string? null) alt : (or/c number? null) vel : (or/c number? null) energy : (or/c number? null) impact-e : (or/c number? null)
Fireball event data returned from get-fireballs.
3 NEO (Near Earth Objects)
Returns list of neo within specified date range.
Dates must be in the form of YYYY-MM-DD. (endDate is default 7 days after startDate)
Examples:
(get-neos) (get-neos (list "2020-01-01" "")) (get-neos (list "2020-01-01" "2020-05-05") #:api_key "DEMO_KEY" #:diameter_unit 'feet #:distance_unit 'miles #:velocity_unit 'miles_per_hour)
procedure
(get-neo asteroid_id [ #:api_key api_key #:diameter_unit diameter_unit #:distance_unit distance_unit #:velocity_unit velocity_unit]) → (detiled-neo?) asteroid_id : string? api_key : string? = "DEMO_KEY"
diameter_unit : (one-of/c 'kilometers 'meters 'miles 'feet) = 'kilometers
distance_unit : (one-of/c 'astronomical 'lunar 'kilometers 'miles) = 'kilometers
velocity_unit : (one-of/c 'kilometers_per_second 'kilometers_per_hour 'miles_per_hour) = 'kilometers_per_hour
Returns detailed-neo for a specific asteroid ID.
Examples:
(get-neo "3542519") (get-neo "3542519" #:api_key "DEMO_KEY" #:diameter_unit 'feet #:distance_unit 'miles #:velocity_unit 'miles_per_hour)
struct
(struct neo ( id name absolute-magnitude-h estimated-diameter-min estimated-diameter-max potentially-hazardous closest-approach) #:extra-constructor-name make-neo) id : string? name : string? absolute-magnitude-h : number? estimated-diameter-min : number? estimated-diameter-max : number? potentially-hazardous : bool? closest-approach : approach?
Simplified NEO data returned from get-neos.
struct
(struct detailed-neo ( id name absolute-magnitude-h estimated-diameter-min estimated-diameter-max potentially-hazardous orbital-information approaches) #:extra-constructor-name make-detailed-neo) id : string? name : string? absolute-magnitude-h : number? estimated-diameter-min : number? estimated-diameter-max : number?? potentially-hazardous : bool? orbital-information : orbit? approaches : (listof approach?)
A more detailed form of neo returned by get-neo.
Contains a list of approach and an orbital information struct orbit.
struct
(struct orbit ( orbit-id orbit-determination-date first-observation-date last-observation-date data-arc-in-days observations-used orbit-uncertainty minimum-orbit-intersection jupiter-tisserand-invariant epoch-osculation eccentricity semi-major-axis inclination ascending-node-longitude orbital-period perihelion-distance perihelion-argument aphelion-distance perihelion-time mean-anomaly mean-motion equinox orbit-class-type orbit-class-description orbit-class-range) #:extra-constructor-name make-orbit) orbit-id : string? orbit-determination-date : string? first-observation-date : string? last-observation-date : string? data-arc-in-days : number? observations-used : number? orbit-uncertainty : number? minimum-orbit-intersection : number? jupiter-tisserand-invariant : number? epoch-osculation : number? eccentricity : number? semi-major-axis : number? inclination : number? ascending-node-longitude : number? orbital-period : number? perihelion-distance : number? perihelion-argument : number? aphelion-distance : number? perihelion-time : number? mean-anomaly : number? mean-motion : number? equinox : string? orbit-class-type : string? orbit-class-description : string? orbit-class-range : string?
Contains extensive orbital information data. Only occurs in detailed-neo.
struct
(struct approach ( close-approach-date relative-velocity miss-distance orbiting-body) #:extra-constructor-name make-approach) close-approach-date : string? relative-velocity : number? miss-distance : number? orbiting-body : string?
Contains close approach data. Occurs in detailed-neo and neo.
4 DONKI CME (Coronal Mass Ejections)
procedure
dates : pair? api_key : string? = "DEMO_KEY"
Returns list of cmeAnalysis within specified date range.
Dates must be in the form of YYYY-MM-DD. (By default, startDate is 30 days ago and endDate is the current date)
Examples:
(get-cmes) (get-cmes (list "2020-01-01" "")) (get-cmes #:api_key "DEMO_KEY")
struct
(struct cme ( activityID catalog startTime sourceLocation activeRegionNum link note instruments cmeAnalyse) #:extra-constructor-name make-cme) activityID : string? catalog : string? startTime : string? sourceLocation : string? activeRegionNum : (or/c number? null?) link : string? note : string? instruments : (listof cme-instrument?) cmeAnalyse : (or/c (listof cmeAnalysis?) null?)
CME event data returned from get-cmes. Contains lists of cme-instrument and cmeAnalysis.
struct
(struct cme-instrument (id displayName) #:extra-constructor-name make-cme-instrument) id : number? displayName : string?
Instrument used to record CME data. Found in cme.
struct
(struct cmeAnalysis ( time21-5 latitude longitude halfAngle speed type isMostAccurate note levelofData link enlilList) #:extra-constructor-name make-cmeAnalysis) time21-5 : string? latitude : number? longitude : number? halfAngle : number? speed : number? type : string? isMostAccurate : boolean? note : string? levelofData : number? link : string? enlilList : (or/c (listof enlil?) null?)
CME Analysis data. Found in cme.
struct
(struct enlil ( modelCompletionTime au estimatedShockArrivalTime estimatedDuration rmin-re kp-18 kp-90 kp-135 kp-180 isEarthGB link cmeIDs impactList) #:extra-constructor-name make-enlil) modelCompletionTime : string? au : number? estimatedShockArrivalTime : (or/c string? null?) estimatedDuration : (or/c number? null?) rmin-re : (or/c number? null?) kp-18 : (or/c number? null?) kp-90 : (or/c number? null?) kp-135 : (or/c number? null?) kp-180 : (or/c number? null?) isEarthGB : boolean? link : string? cmeIDs : (listof string?) impactList : (or/c (listof impact?) null?)
Enlil data. Found in cmeAnalysis.
struct
(struct impact (isGlancingBlow location arrivalTime) #:extra-constructor-name make-impact) isGlancingBlow : boolean? location : string? arrivalTime : string?
Instrument used to record impact data. Found in enlil.
5 DONKI Notification System
procedure
→ (listof notification?) dates : pair? api_key : string? = "DEMO_KEY"
Returns list of notification within specified date range
Dates must be in the form of YYYY-MM-DD. (By default, startDate is 7 days ago and endDate is the current date)
struct
(struct notification ( messageType messageID messageURL messageIssueTime messageBody) #:extra-constructor-name make-notification) messageType : string? messageID : string? messageURL : string? messageIssueTime : string? messageBody : string?
DONKI Notification contents. Returned from get-notifications
6 DONKI Solar Flares
procedure
dates : pair? api_key : string? = "DEMO_KEY"
Returns list of flr within specified date range.
Dates must be in the form of YYYY-MM-DD. (By default, startDate is 30 days ago and endDate is the current date)
struct
(struct flr ( flrID instruments beginTime peakTime endTime classType sourceLocation activeRegionNum linkedEvents link) #:extra-constructor-name make-flr) flrID : string? instruments : (listof flr-instrument?) beginTime : string? peakTime : string? endTime : string? classType : string? sourceLocation : string? activeRegionNum : (or/c number? null?) linkedEvents : (listof string?) link : string?
Solar Flare data returned from get-solar-flare.
struct
(struct flr-instrument (id displayName) #:extra-constructor-name make-flr-instrument) id : number? displayName : string?
Instrument used to record Solar Flare data. Found in flr.